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Fault Tolerant Computing Systems in Germany

  • Winfried Görke
Conference paper
Part of the Dependable Computing and Fault-Tolerant Systems book series (DEPENDABLECOMP, volume 1)

Abstract

The paper consists of a survey of recent activities in the field of fault-tolerant computing in Germany. Three different sections of the paper emphasize industrial applications designed to tolerate hardware failures, designs intended to make use of software diversity against software faults, and research oriented projects having the goal of designing a complete system or investigating only partial aspects of fault tolerance. Since publications were scattered in literature and several projects are documented in German language only, an extented list of references has been added to the paper which also indicates current activities of the German professional societies with respect to fault tolerance.

Keywords

Fault Tolerance Software Fault Hardware Failure Computer Component Fault Recovery 
These keywords were added by machine and not by the authors. This process is experimental and the keywords may be updated as the learning algorithm improves.

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References

  1. [DCin 81]
    Self-diagnosis and Fault-tolerance, M. DalCin, E. Dilger (eds.), Werkhefte Nr. 4, Attempto Tübingen 1981Google Scholar
  2. [Görk 79]
    Zuverlässigkeit elektronischer Systeme, W. Görke (ed.), Band 7 Reihe 9, Oldenbourg München 1979Google Scholar
  3. [IFB 82]
    Fehlertolerierende Rechensysteme, E. Nett, H. Schwärtzel (eds.), Informatikfachberichte 54, Springer Berlin 1982Google Scholar
  4. [IFB 84a]
    Architektur und Betrieb von Rechensystemen, H. Wettstein (ed.), Informatikfachberichte 78, Springer Berlin 1984MATHGoogle Scholar
  5. [IFB 84b]
    Fehlertolerierende Rechensysteme, K.-E. Grosspietsch, M. DalCin (eds.), Informatikfachberichte 84, Springer Berlin 1984Google Scholar
  6. [IFB 84c]
    Software-Fehlertoleranz und -Zuverlässigkeit, F. Belli, S. Pfleger, M. Seifert (eds.), Informatikfachberichte 83, Springer Berlin 1984Google Scholar
  7. [IFB 84d]
    Prozessrechner 1984, H. Trauboth, A. Jaeschke (eds.), Informatikfachberichte 86, Springer Berlin 1984Google Scholar
  8. [NTG 82]
    Struktur und Betrieb von Rechensystemen, J. Swoboda (ed.), NTG-Fachberichte 80, VDE Berlin 1982Google Scholar

Publications

  1. [Amma 83]
    Ammann, E. et al., Attempto: A fault-tolerant multiprocessor working station; design and concepts, Dig. of papers FTCS 13, 1983, p. 10…13Google Scholar
  2. [BeGi 84]
    Behr, P., Giloi, W.K., Mechanismen zur Realisierung von Fehlertoleranz im UPPER-System, GMD-Spiegel Nr. 2, 1964, p. 21…30Google Scholar
  3. [BeKl 82]
    Bernhardt, D., Klein, A., Das fehlertolerierende Mehrrechnersystem BFS, p. 289…314 in [IFB 82]Google Scholar
  4. [BeKl 84]
    Bernhardt, D., Klein, A., Implementation of a fault-tolerant file management system, p. 252…264 in [IFB 84b]Google Scholar
  5. [Bern 82]
    Berndt, H., Fehlertolerante Computersysteme in der Nachrichtenvermittlungs- und Prozessautomatisierungstech- nik, p. 315…322 in [IFB 82]Google Scholar
  6. [Bern 84]
    Berndt, H., A multimicroprocessor approach to communication switching system control, Eurocon 84: computers in communication and control, P. Peregrinus, London 1984, p. 51…53Google Scholar
  7. [Bonn 79]
    Bonn, G. et al., Selbsttest und Selbstrekonfiguration von Prozessrechnersystemen am Beispiel des RDC-Systems, FhG- Berichte, München 1979, no. 1/2, p. 47…54Google Scholar
  8. [BoBa 83]
    Borg, A., Baumbach, J., Glazer, S., A message system supporting fault tolerance, Proc. 9th Symp. Oper. Syst. Princ., ACM Oper. System Review 17, No. 5, 1983, p. 90…99Google Scholar
  9. [Bran 84]
    Brand, T. et al., Ein fehlertolerantes UNIX-Prozess- System auf der Basis von Zuverlässigkeitsklassen, p.52…65 in [IFB 84b]Google Scholar
  10. [Brau 83]
    Brause, R. et al., Softwarekonzepte des fehlertoleranten Arbeitsplatzrechners Attempto, in Microcomputing II, (W. Remmele, H. Schecher (eds.)), Teubner Stuttgart 1983, p. 328…341Google Scholar
  11. [Damm 86]
    Damm, A., The effectiveness of software error detection mechanisms in real-time operating systems, Dig. of papers FTCS 16, 1986, p. 171…176Google Scholar
  12. [Demm 82]
    Demmelmeier, F., Ries, W., Implementierung von anwendungsspezifischer Fehlertoleranz für Prozessautoma- tisierungssysteme, p. 299…314 in [IFB 82]Google Scholar
  13. [Demm 84]
    Demmelmeier, F., Anwenderwerkzeuge für das fehlertolerante Multimikrocomputersystem FUTURE, p. 14…26 in [IFB 84b]Google Scholar
  14. [Demm 86]
    Demmelmeier, F., Fischbacher, P., Koller, G., Communication in a configurable fault-tolerant and distributed UNIX system, Dig. of papers FTCS 16, 1986, p. 2…7Google Scholar
  15. [Echt 84a]
    Echtle, K., Fehlermaskierende verteilte Systeme zur Erfüllung hoher Zuverlässigkeitsanforderungen in Prozessrechnernetzen, p. 315…328 in [IFB 84a]Google Scholar
  16. [Echt 84b]
    Echtle, K., Bestimmung der Protokollmenge für verteilte Fehlermaskierungssysteme, p. 337…352 in [IFB 84b]Google Scholar
  17. [Echt 86a]
    Echtle, K., Fehlermaskierung durch verteilte Systeme, Informatikfachberichte 121, Springer Berlin 1986, ( Ph.D. thesis )CrossRefGoogle Scholar
  18. [Echt 86b]
    Echtle, K., Fault masking with reduced redundant communication, Dig. of papers FTCS 16, 1986, p. 178…183Google Scholar
  19. [Endl 82]
    Endl, H., Prozess-Ein-/Ausgabe für ein fehlertolerantes Multimikrorechnersystem, p. 250…264 in [IFB 82]Google Scholar
  20. [Färb 81]
    Färber, G., Task-specific implementation of fault tolerance in process automation systems, p. 84…102 in [DCin 81]Google Scholar
  21. [GrHu 86]
    Grosspietsch, K.-E., Huber, H., Müller, A., The concept of a fault-tolerant and easily testable associative memory, Dig. of papers FTCS 16, 1986, p. 34…39Google Scholar
  22. [GrKa 81]
    Grosspietsch, K.-E., Kaiser, J., Nett, E., A dynamic standby system for random access memories, Dig. of papers FTCS 11, 1981, p. 268…270Google Scholar
  23. [GrKa 82]
    Grosspietsch, K.-E., Kaiser, J., Nett, E., Eine dynamische Standby-Organisation für Fehlertoleranz in Speichersystemen, p. 32…44 in [IFB 84b]Google Scholar
  24. [GrMu 85]
    Grosspietsch, K.-E. et al., The VLSI implementation of a fault-tolerant memory interface - a status report, Proc. Int. Conf. VLSI ’85, Tokyo 1985, p. 149…158Google Scholar
  25. [GmVo 79]
    Gmeiner, L., Voges, U., Software diversity in reactor protection systems: an experiment, Proc. IFAC Workshop on Safety of Computer Control Systems, 1979, p. 75…79Google Scholar
  26. [HäSc 79]
    Händler, W., Schreiber, H., Sigmund, V., Computation structures reflected in general purpose and special purpose multi-microprocessor systems, Proc. 1979 Int. Conf. on Parallel Processing, p. 95…102Google Scholar
  27. [HäRo 80]
    Händler, W., Rohrer, H., Gedanken zu einem Rechner-Baukasten-System, Elektron. Rechenanl. 22, 1980, p. 3… 13Google Scholar
  28. [HäMa 85a]
    Händler, W., Maehle, E., Wirl, K., DIRMU multiprocessor configurations, Proc. 1985 Int. Conf. on Parallel Processing, p. 652…656Google Scholar
  29. [HäMa 85b]
    Händler, W., Maehle, E., Wirl, K., The DIRMU testbed for high performance multiprocessor configurations, Proc. 1985 Int. Conf. on Supercomputing Systems, p. 468…475Google Scholar
  30. [Herr 84]
    Herrmann, F., Das fehlertolerante Informationssystem 8832 - Das Fehlertoleranzkonzept, p. 180… 188 in [IFB 84c]Google Scholar
  31. [Jung 82]
    Jung, K., Verfügbarkeit und Fehlertoleranz von Rechnern zur Steuerung elektronischer Vermittlungsanlagen, p. 392…403 in [NTG 82]Google Scholar
  32. [KoMe 85]
    Kopetz, H., Merker, W., The architecture of MARS, Dig. of papers FTCS 15, 1985, p. 274…279Google Scholar
  33. [KoMu 79]
    Könemann, B., Mucha, J., Zwiehoff, G., Built-in logic block observation techniques, Dig. of papers 1979 Int. Test Conf., Cherry Hill, N.J. p. 37…41Google Scholar
  34. [Kope 74]
    Kopetz, H., Software redundancy in real-time systems, Proc. IFIP Congress 1974, p. 182…186Google Scholar
  35. [Kope 82]
    Kopetz, H. et al., Fehlertoleranz in MARS, p. 205…219 in [IFB 82]Google Scholar
  36. [Kope 86]
    Kopetz, H., Accuracy of time measurement in distributed real-time systems, Proc. 5th Symp. on Reliability in Distr. Software and Database Systems, 1986, p. 35…41Google Scholar
  37. [Lohm 80]
    Lohmann, H.-J., Sicherheit von Mikrocomputern für die Eisenbahnsignaltechnik, Elektron. Rechenanl. 22, 1980, p. 229…236Google Scholar
  38. [Maeh 85]
    Maehle, E., Fault-tolerant DIRMU multiprocessor configurations, Computer Architecture Techn. Comm. Newsletter, IEEE CS 51 - 56, June 1985Google Scholar
  39. [MaHu 81]
    Maehle, E., Hu, S.C., Ein Baukastensystem für fehlertolerante Multi-Mikroprozessorsysteme, Informatikfachberichte 50, Springer Berlin 1981, p.307…317Google Scholar
  40. [MaJo 82]
    Maehle, E., Joseph, H., Selbstdiagnose in fehlertoleranten DIRMU Multimikroprozessor-Konfigurationen, p. 59…73 in [IFB 82]Google Scholar
  41. [MaMo 84]
    Maehle, E., Moritzen, K., Wirl, K., Experimente mit n- version Programmierung auf dem DIRMU Multiprozessorsystem, p. 133…154 in [IFB 84c]Google Scholar
  42. [MaMo 86]
    Maehle, E., Moritzen, K., Wirl, K., A graph model for diagnosis and reconfiguration and its application to a fault- tolerant multiprocessor system, Dig. of papers FTCS 16, 1986, p. 292…297Google Scholar
  43. [Mänc 84]
    Mancher, H., Synchronization tools and a restart method in the fault-tolerant distributed automation system FIPS, p. 280…291 in [IFB 84b]Google Scholar
  44. [Mänc 86]
    Mancher, H., Synchronization tools and a restart method in an experimental fault-tolerant automation system, Computers in Industry 7, 1986, p. 351…359CrossRefGoogle Scholar
  45. [Nils 81]
    Nilsson, S.-A., Konzept und Architektur eines fehlertoleranten Mehrmikrorechnersystems, Reihe Informatik Bd. 9, Hochschulverlag Freiburg 1981, ( Ph.D. thesis )Google Scholar
  46. [Riss 84]
    Risse, Th. et al., Entwurf und Struktur einer Betriebssystemschicht zur Implementierung von Fehlertoleranz, p. 66…76 in [IFB 84b]Google Scholar
  47. [SaSc 81]
    Sauer, A., Schmitter, E.J., The fault-tolerant microcomputer system BFS, Dig. of papers FTCS 11, 1981, p. 252Google Scholar
  48. [Schm 78]
    Schmitter, E.J., Structure principles for fault-tolerant multimicroprocessor systems, Siemens Forsch. u. Entw.Berichte 7, 1978, p. 326…331Google Scholar
  49. [Schm 81]
    Schmitter, E.J., Development of the fault-tolerant multi-microcomputer system BFS, p. 186…200 in [DCin 81]Google Scholar
  50. [SchZ 84]
    Schmees-van Zadelhoff, C., Synchron-Duplex-Rechner, p. 329…346 in [IFB 84a]Google Scholar
  51. [Sehr 86]
    Schreier, K., High throughput processing scheme in digital communication, Proc. 1986 Intern. Zürich Seminar in Digital Communication, p.213…218Google Scholar
  52. [Seif 82a]
    Seifert, M., Verwaltung fehlertoleranter Multi-Prozess- Systeme in lokalen Multi-Rechnersystemen, p. 358…370 in [NTG 82]Google Scholar
  53. [Seif 82b]
    Seifert, M., Experimente mit fehlertoleranten Prozess- Systemen im lokalen Mehrrechnersystem R+DS, p. 189…204 in [IFB 82]Google Scholar
  54. [StUe 78]
    Strelow, H., Uebel, H., Das sichere Mikrocomputersystem SIMIS, Signal+Draht 70, 1978, p. 82…86Google Scholar
  55. [Suck 82]
    Suckfüll, H., Architecture of a New Line of Digital Switches, Electronic Switching, A. M. Joel (ed.), IEEE New York 1982, p. 180…186Google Scholar
  56. [Suwe 83]
    Suwe, K.-H., Das elektronische Stellwerk der Bauform Siemens, Signal + Draht 75, 1983, p. 210…215Google Scholar
  57. [Syrb 81]
    Syrbe, M., The description of fault-tolerant systems - a necessity of the practice, p. 260…273 in [DCin 81]Google Scholar
  58. [Syrb 84]
    Syrbe, M., Zuverlässigkeit von Realzeitsystemen: Fehlermanagement, Informatik-Spektrum 7, 1984, p. 94…101Google Scholar
  59. [VoFe 82]
    Voges, U., Fetsch, F., Gmeiner, L., Use of microprocessors in a safety-oriented reactor shut-down system, Reliability in Electr. and Electronic Compon. and Systems, (E. Lauger, J. Moltoft, eds.), North Holland, Amsterdam 1982, p. 493…496Google Scholar

Copyright information

© Springer-Verlag/Wien 1987

Authors and Affiliations

  • Winfried Görke
    • 1
  1. 1.Institut für Informatik IVUniversität KarlsruheDeutschland

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